Copy and share this link on social network or send it to your friends
CopyProduct Name | TILTA Nucleus-N WLC-T04 Nucleus-Nano Wireless Lens Control System Follow Focus For Gimbal Stabilizer DSLR Mirrorless |
Item NO. | 3256802487175092 |
Weight | 1.5 kg = 3.3069 lb = 52.9109 oz |
Category | Digital Camera |
Creation Time | 2022-08-19 |
Use theNucleus-Nano Wireless Focus Control SystemfromTiltato wirelessly control the focus of most DSLR, mirrorless, or cine-style lenses. The core of the system is the pairing of the focus control motor and the focus hand wheel. The units can connect to each other from 300' away, and can be mounted in a variety of ways.
The units support run/stop functions and setting hard A and B limits for more control over your camera and lens. The hand wheel is powered by a single 14500 lithium battery and the motor is powered by your camera or a battery via its micro-USB connector. The units are both constructed of durable materials, and the hand wheel features an attractive, comfortable rosewood grip.
Included in the kit with the hand wheel and motor are a mounting baseplate for 95mm lenses, a 15mm rod, a micro-USB motor cable, a 0.8 MOD motor gear, two lens gear rings, attachment plates for the Ronin-S/G2 and Zhiyun Crane, a dual-battery charger, two batteries, mounting screws, and two Allen keys. See below for more information about the items that make up the system.
Package Including:
1 x Nucleus-Nano Hand Wheel Controller
1 x Nucleus-Nano Wireless Follow Focus Motor
1 x 15mm Single Rod Mounting Baseplate For 95mm Lens
2 x 1/4″-20 Hex Screws
2 x Rod Mount Hex Screw
1 x 15mm x 100mm Black Aluminum Rod
1 x 31cm 5V Micro USB male to 5V Micro USB male motor power cable
1 x 12V / 2A Ronin-S to 5V Micro USB male motor power cable
2 x Photographic lens follow focus gear rings
1 x Nucleus-Nano Hand Wheel Attachment Plate for Ronin-S/G2x
1 x Nucleus-Nano Hand Wheel Attachment Adapter for Zhiyun Crane 1
1 x 14500 Battery Charger
1 x M4 Allen key
1 x M6 Allen key
1 x Soft Case
1 x User Guide
No related record found